Amputations in general and TTAs in particular are worthy of investigation to provide a cost-effective functional outcome that provides high patient satisfaction.
Nowadays, researchers related to bioinspired and biomimetic biomineralization for the preparation of user friendly and cost effective functional biomaterial are giving much emphasis.
This is certainly a cost effective solution.
And a cost effective one.
The development of a robust, reliable, and cost-effective functional screening method for both known and orphan GPCRs is a major focus of the pharmaceutical industry (Thomsen et al. 2005).
By comparing the reinforcement effect of GnPs with those of carbon black, multi-walled carbon nanotubes and silicate layers, we found that GnPs are a promising candidate for developing cost-effective, functional, high-mechanical performance elastomers.
Nanocomposite coatings are engineered to provide attractive and cost-effective functional surface coatings with superior properties for anticorrosion, antimicrobial, antifogging, and adhesive applications.
Analysis of DNA methylation has also been advanced recently by the application of high-throughput DNA sequencing technology that allows robust, quantitative, and cost-effective functional genomic strategies.
The cell array-based protein expression and detection approach is a cost-effective platform for large-scale functional analyses, including protein subcellular localization and cell phenotype screening.
Although only a small fraction of tetra- and penta-SSRs were identified in W. somnifera, the number is quite significant and will provide a cost-effective method for development of functional genetic markers in W. somnifera.
In contrast, transcriptome sequencing – the sequence of all transcripts present in a single cell type, tissue type, or entire organism under defined conditions – has emerged as a cost-effective means of rapidly acquiring functional sequence information for non-model systems [ 3].
